Status of Factorization Efforts, 6,000 < n <= 7,000

For each composite number in this range, Mathew has done 904 runs of gmp-ecm with B1=1,000,000. According to the gmp-ecm documentation, this should find most factors of 35 digits or less.

Each composite number in this range have been tested by H.Bock with the gmp-ecm implementation of Pollard's p-1 algorithm with B1=1G and B2=1P.

Each composite number with less than or equal to 500 decimal digits in this range has been tested by H.Bock with the gmp-ecm implementation of Pollard's p-1 algorithm with B1=10G and B2=20P.

Each composite number with less than or equal to 300 decimal digits in this range has been tested by H.Bock with the gmp-ecm implementation of Pollard's p-1 algorithm with B1=100G and B2=500P.

Each composite number in this range has been tested by N.Daminelli with the gmp-ecm implementation of the p+1 algorithm with B1=6M and B2=93G.

Each composite number with less than 300 decimal digits in this range has been tested by H.Bock with the gmp-ecm implementation of Pollard's p+1 algorithm with B1=10G and B2=10P.

Extra efforts

F6103   4590 @ 11M  S.Irvine
F6557   2350 @ 3M   Mathew
F6623   4590 @ 11M  S.Irvine
L6015A  8710 @ 43M  H.Bock
L6035B  10 @ 11M  H.Bock, H.Bock working
L6045B  5210 @ 11M  H.Bock
L6055A  5210 @ 11M  H.Bock
L6075B  5210 @ 11M  H.Bock
L6103   4590 @ 11M  S.Irvine
L6105A  5210 @ 11M  H.Bock
L6125A  5210 @ 11M  H.Bock
L6135A  8710 @ 43M  H.Bock
L6165A  5210 @ 11M  H.Bock
L6175B  5210 @ 11M  H.Bock
L6195A  5210 @ 11M  H.Bock
L6225B  5210 @ 11M  H.Bock
L6255A  5210 @ 11M  H.Bock
L6255B  8710 @ 43M  H.Bock
L6285A  5210 @ 11M  H.Bock
L6315B  5210 @ 11M  H.Bock
L6325A  5210 @ 11M  H.Bock
L6335A  5210 @ 11M  H.Bock
L6335B  5210 @ 11M  H.Bock
L6345A  5210 @ 11M  H.Bock
L6355A  5210 @ 11M  H.Bock
L6375B  5210 @ 11M  H.Bock
L6405B  5210 @ 11M  H.Bock
L6435B  5210 @ 11M  H.Bock
L6440   4590 @ 11M  S.Irvine
L6465A  5210 @ 11M  H.Bock
L6465B  5210 @ 11M  H.Bock
L6475A  5210 @ 11M  H.Bock
L6475B  5210 @ 11M  H.Bock
L6495A  5210 @ 11M  H.Bock
L6495B  5210 @ 11M  H.Bock
L6525A  5210 @ 11M  H.Bock
L6525B  5210 @ 11M  H.Bock
L6545A  5210 @ 11M  H.Bock
L6545B  5210 @ 11M  H.Bock
L6555A  5210 @ 11M  H.Bock
L6555B  8710 @ 43M  H.Bock
L6557   2350 @ 3M   Mathew
L6585A  5210 @ 11M  H.Bock
L6615A  8710 @ 43M  H.Bock
L6645A  5210 @ 11M  H.Bock
L6645B  5210 @ 11M  H.Bock
L6675A  5210 @ 11M  H.Bock
L6685A  5210 @ 11M  H.Bock
L6705A  5210 @ 11M  H.Bock
L6735A  5210 @ 11M  H.Bock
L6735B  5210 @ 11M  H.Bock
L6765A  8710 @ 43M  H.Bock
L6765B  5210 @ 11M  H.Bock
L6795A  5210 @ 11M  H.Bock
L6795B  5210 @ 11M  H.Bock
L6825B  5400 @ 11M  H.Bock
L6855A  5400 @ 11M  H.Bock
L6855B  5400 @ 11M  H.Bock
L6885A  5210 @ 11M  H.Bock
L6885B  5210 @ 11M  H.Bock
L6900   4590 @ 11M  S.Irvine
L6915B  5210 @ 11M  H.Bock
L6965A  5210 @ 11M  H.Bock
Notation - "3000 @ 1M" means 3000 curves at B1=1,000,000 using gmp-ecm


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